For Qualcomm Snapdragon APQ8064
Powerful Processing Capability: It features a quad-core Krait architecture, with each core capable of operating at speeds of up to 1.5 GHz or 1.7 GHz. This enables it to swiftly handle multitasking and complex computational tasks, such as running large-scale games, playing high-definition videos, and managing multiple processes simultaneously.
Outstanding Graphics Processing: It integrates the Adreno 320 GPU, which has a powerful graphics rendering ability. It can provide a high-quality 3D gaming experience and a smooth graphical interface. Moreover, it supports high-definition video decoding and playback, including videos with resolutions of 1080p and above.
Support for Multiple Communication Protocols: It incorporates Wi-Fi, Bluetooth, and FM radio functions. Additionally, it supports NFC technology, facilitating quick data transfer and connection between devices.
Strong Multimedia Processing Capability: It can handle photos and videos captured by cameras with up to 20 megapixels. It also supports 3D video capture, fulfilling users’ requirements for high-quality image and video shooting and processing.
For Audio Application Processor AP8064
Audio Signal Processing: It can perform a variety of processing on input audio signals, such as noise reduction, mixing, and sound effect enhancement. This improves the audio quality, making the sound clearer, fuller, and more realistic.
Support for Multiple Audio Formats: It is compatible with numerous common audio formats, including MP3, WAV, FLAC, etc. It can directly decode and play audio files in these formats, making it convenient for users to utilize audio resources from different sources.
Rich Audio Interfaces: It provides multiple audio input and output interfaces, which can be connected to external devices like microphones, speakers, and headphones. This enables the input and output of audio, meeting the requirements of different audio application scenarios.
Low Power Consumption Design: While ensuring audio processing performance, it adopts a low-power design. This reduces the overall energy consumption of the device and prolongs the battery life of the device, making it suitable for portable audio devices with high power consumption requirements.
Powerful Processing Capability: It features a quad-core Krait architecture, with each core capable of operating at speeds of up to 1.5 GHz or 1.7 GHz. This enables it to swiftly handle multitasking and complex computational tasks, such as running large-scale games, playing high-definition videos, and managing multiple processes simultaneously.
Outstanding Graphics Processing: It integrates the Adreno 320 GPU, which has a powerful graphics rendering ability. It can provide a high-quality 3D gaming experience and a smooth graphical interface. Moreover, it supports high-definition video decoding and playback, including videos with resolutions of 1080p and above.
Support for Multiple Communication Protocols: It incorporates Wi-Fi, Bluetooth, and FM radio functions. Additionally, it supports NFC technology, facilitating quick data transfer and connection between devices.
Strong Multimedia Processing Capability: It can handle photos and videos captured by cameras with up to 20 megapixels. It also supports 3D video capture, fulfilling users’ requirements for high-quality image and video shooting and processing.
For Audio Application Processor AP8064
Audio Signal Processing: It can perform a variety of processing on input audio signals, such as noise reduction, mixing, and sound effect enhancement. This improves the audio quality, making the sound clearer, fuller, and more realistic.
Support for Multiple Audio Formats: It is compatible with numerous common audio formats, including MP3, WAV, FLAC, etc. It can directly decode and play audio files in these formats, making it convenient for users to utilize audio resources from different sources.
Rich Audio Interfaces: It provides multiple audio input and output interfaces, which can be connected to external devices like microphones, speakers, and headphones. This enables the input and output of audio, meeting the requirements of different audio application scenarios.
Low Power Consumption Design: While ensuring audio processing performance, it adopts a low-power design. This reduces the overall energy consumption of the device and prolongs the battery life of the device, making it suitable for portable audio devices with high power consumption requirements.
